elliptic curve News

The CS1024PKA-Light uses the same algorithm processor as the CS1024PKA, but uses the single-digit multiplier in a sub-optimal mode for applications where silicon gate area is the driving cost factor.

Crack Semiconductor's CS256-ECC and CS1024-PKA processors offer amazing performance for GF(p) Elliptic Curve operations up to 512-bits based. . The CS256-ECC is a smaller, ECC-only variant of the CS1024-PKA processor with the same ECC performance.

Crack Semiconductor introduces the CS256-ECC, an ECC-only variant of its CS1024 PKA Processor with the SIMPLR(tm) integer state aware data path. The product's optimal multiplication technology enabled a very high performance to gate area ratio.

Crack Semiconductor's CS1024-RSA "light-weight" 32-bit compute-offload processor has moved the RSA Silicon IP yardstick way up by delivering 177+ full-exponent RSA 1024-bit modular exponentiations operations per second.

Crack Semiconductor has published a White Paper entitled: A “Near Optimal Dual-Algorithm Public Key Offload Processor" which describes its area- and power-efficient Public Key Accelerator (PKA) Silicon IP solution.

Crack Semiconductor introduces the CS1024-RSA, an RSA-only variant of its CS1024 PKA Processor with the SIMPLR(tm) integer state aware data path and "on-the-fly" reconfigurable ALU controller for a very high performance to gate area ratio,

Crack Semiconductor is announcing a new PKI Accelerator able to perform RSA and Elliptic Curve Cryptography over a range of integer widths and Elliptic Curves.